Answered: Use Pseudocode to plan the logic for…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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● Simulate the game (this will require using while and if statements as we learned in class) by using the round and trial counters you have established. ● Store a win for Player 1 or Player 2 after each round (indicate a win by a 1 and a loss by a 0). ● Store the cumulative wins of each player after each round (“P1Wins_Talley” and “P2Wins_Talley”). ● Store the overall game results in a matrix called “store_results”. Column 1 lists the round number , Column 2 lists the total number of trials in that round , Column 3 records which player won that round (1 or 2) , Column 4 records the value of Dice 1 , Column 5 records the value of Dice 2 , Column 6 records the sum of the two dice at the end of that round (which should equal the value in Column 1) I am creating a game where two players try to roll two die that equal the current round. For example, if the round is 3, the players must roll a 2 and a 1. I have written this code so far, but I am not getting the end result I need. I was hoping…
Use Pseudocode to plan the logic for Rock, Paper, and Scissors Game. You may need two inputvariables: myHand and yourHand. They can have the values of “R”, “P”, or “S”. You also need an outputvariable theWinner. Its value can be “YOU”, “ME”, or “TIE”.Use decision making to determine who the winner is. You need to output (display) the winner.
There are four people who want to cross a rickety bridge; they all begin on the same side. You have 17 minutes to get them all across to the other side. It is night, and they have one flashlight. A maximum of two people can cross the bridge at one time. Any party that crosses, either one or two people, must have the flashlight with them. The flashlight must be walked back and forth; it cannot be thrown, for example. Person 1 takes 1 minute to cross the bridge, person 2 takes 2 minutes, person 3 takes 5 minutes, and person 4 takes 10 minutes. A pair must walk together at the rate of the slower person's pace. Write the specification of an algorithm that solves the problem.

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